Record giant Universal Music Group is cutting prices on the CD, as analysts clamor for still-lower prices. But as for actual records – the kind made of vinyl – odder and odder innovations flourish. If the CD is dying, the vinyl record is an undead, sexually-alluring vampire.

Two recent releases not only treat the record as “delivery mechanism,” but also tools for playing the record.

The late hip hop great J Dilla (aka Jay Dee) gets a well-deserved tribute from his label Stones Throw, complete with some fantastic, unreleased instrumentals (“Safety Dance”, “Sycamore”, “Bars & Twists,” and remastered cuts for Mos Def, Q-Tip and Busta Rhymes). But, working in collaboration with Serato, this release also takes note of the people actually buying records these days: DJs. There are beautiful, donut-themed slipmats. (As far as I’m concerned, anything featuring donuts earns automatic bonus points. Mmmmm… donuts.) The records themselves, meanwhile, are dual-sided. When you want to hear the record, play it face up. When you want to use DJ software, flip it for Serato control tone. (Officially, that works with Serato Scratch Live DJ, but it’ll also work with the open-source Mixxx and Deckadance apps, too.)

It’s a fascinating idea: make the record itself friendly to vinyl and digital turntablists. Of course, if you’re a digital DJ, I imagine you already have the control records you need, but — you still get those tasty donut slipmats. And it is a reminder (as if you needed one) that DJs are keeping the record format alive. Massive CD sales may have been the domain of the mass market, but vinyl demonstrates how powerful niches and the long tail can be.

J DILLA DONUT SHOP (SERATO/STONES THROW) 2 DISCS, 2 SLIPMATS & DILLA BEATS

What’s that? No space for turntables? (Believe me, I feel you.) How about a record whose sleeve becomes a DIY turntable, spun with a pencil?

That’s the idea of a direct mail piece created by sound design studio Griffiths, Gibson, and Ramsay Productions (GGRP). Originally intended just as an attention-getter for creative directors, the concept has caught the imagination of bloggers, and those who got them wanted extras for their kids. (It takes me back to all the strange, cheap, disposable records we were handed as kids during what was supposed to be the last days of vinyl.)

The basic apparatus works just like a conventional record player: spin the record (using a pencil in this case instead of a rotating turntable), and a needle transduces the sound (here, amplified by the cardboard housing). I really like the cover on the record, too.

Links:
GREY SPINS VINYL HITS FOR GGRP [Marketing Mag Canada, via GGRP's own excellent Making Noise blog]

And from one of my favorite design blogs, the eco-centered Inhabit:
Album Sleeve Transforms Into a Cardboard Record Player!

For their part, Inhabit notes the value of cardboard as construction material and the green-minded reuse of packaging.

It’s an idea that would be great fun to build upon. The only thing that’s missing, that I can see, is an easy DIY way of producing the records. (Lasercutter trick, maybe?) Adding a piezo element to amplify the signal could be a thought, too.

Another how-to on a handmade paper+needle configuration (suggested only for playing records you really don’t want to save), in a video on WonderHowTo (also via Inhabit):

And some more pics of the two designs mentioned here:

Marvim Gainsbug: the Twitter based Song Composer from jeraman on Vimeo.

It should come as no surprise, but Twitter can compose existential nihilistic poetry.

Just ask the creepy, detached voice of Marvim Gainsbug. The robotic, generative songwriter will produce a “song” from Tweet keywords of your choice. And be prepared for some finger snaps at the end of his beat-poetic recitation.

The evil genius of this work is the product of a duo from Recife, Brazil. Details:

Marvim Gainsbug is a musician, singer and composer, created in 2009.

His main influences are Serge Gainsbourg, Bob Dylan, the Brazilian Northeastern Musician, Leonard Cohen, Joni Mitchell, Alan Turing, Deep Blue, HAL, Wintermute and Marvin, the paranoid android.

Marvim Gainsbug is a software that acts based on Twitter, implemented to compose and to play songs, with music and lyrics, in real time.

The tweets are transformed in verses which are interpreted by Marvim with his singular voice. The melody, the harmony and the rhythm are directly linked with the words of the verses.

Developed in Processing, using Sphinx4, FreeTTS and Twitter4j libraries, by Jeraman and Filipe Calegario. For further informations, visit myspace.com/marvimgainsbug

Even the harmonies, melody, and rhythm are generated algorithmically from the tweets themselves.

Thanks to co-creator Jerman for sending this our way; see:
http://jeraman.info

More photos:
Marvim Gainsbug @ Flickr

Before evolutionary adaptation comes mutation. Some of the weirdest stuff, in other words, could be the future – just ask biology. That was the conversation I had with folks like artist Rosa Menkman in Old Amsterdam (the one in Holland). So, as we gather back in New Amsterdam (NYC), we get a chance to celebrate the unusual.

Wherever you are in the world, here’s a look at some of those new mutations: a sewing machine converted into a musical instrument, an expressive audiovisual instrument borrowing ideas from the trumpet, and an electro-country band that covers classic honky-tonk American hits.

If you are in the sliver of our audience who live in the NYC area, of course, you can catch these folks live in a variety show-meets-science fair format. We don’t charge admission for the weird, and you can buy beer. Thanks to our new home at Galapagos Art Space, the NYC edition of Handmade Music can offer a proper stage and a lineup of live performances, along with the noisemaking and friendly atmosphere.

Live, Monday, March 8
Where: Galapagos Art Space, DUMBO Brooklyn [directions]
When: Doors open 7p
Cost: FREE
Highlights online for the rest of the planet here, later

Augmented Sewing Machine + Ensemble

Circuit Bending Orchestra: Lara Grant at Diana Eng’s Fairytale Fashion Show, Eyebeam NYC / SML from See-ming Lee ??? SML on Vimeo.

Lara Grant’s Augmented Sewing Machine, entitled “16TH AND MISSION,” takes the workings of the device and transforms it into musical control. Contact between needle and fabric and onboard switches and knobs (with help from Arduino and Max/MSP) make it a novel controller.

Lara joins myself and Matt Ganucheau providing additional electronic sounds (and possibly a surprise DIY creation or two from me), forming three quarters of the ensemble we formed to play a wearable technology fashion show. The Fairytale Fashion show, by Diana Eng, is documented below by MAKE’s/Adafruit’s Phil Torrone, with our group’s live (PA) music in the background. (See also an extensive photoblog of the designs by designer-technology See-ming Lee.)

fairytale fashion 2010 from adafruit industries on Vimeo.

Missing but rejoining me next week in San Francisco is Lara’s sister Sarah Grant. Together, the Grant Sisters work on conductive fabric sound. If you’re interested in how to work with textiles in sonic electronics, they’ve promised to share more of what they’re doing:
http://fsp.fm

The TOOB: An Audiovisual Hypertrumpet

How do you build on the idea of a trumpet? Give it digital control and control over audio and visuals, of course:

Arvid Tomayko-Peters plays The TOOB – a unique wireless electronic wind instrument that gives the performer a vast but intuitive and malleable range of sonic material, allowing creative freedom in solo or group improvisation. The instrument senses breath, finger pressure, tilt and acceleration and utilizes sound captured and processed on the fly to create expressive soundscapes ranging from comic to tragic to “a force of nature” and abstract live video.

At top, a recent short audiovisual improvisation recorded on the instrument, provided to CDM by the artist. The TOOB even made an appearance at SIGGRAPH, the geektastic visual conference. More information:

Short live video from SIGGRAPH:
http://arvidtp.net/music.php#siggraph2009

How it works:
http://arvidtp.net/portfolio/instruments.php

Performance with the TOOB:
http://arvidtp.net/portfolio/index.php#toob

And here’s what the creation looks like. Notice the clever use of a project enclosure, tubing, and force sensing resistors. (Getting the job done always earns bonus points in my book.)

Owen Lake, Electro-Country, and New Handmade Instrument Designs

They call it electro-country. This isn’t modern, top-of-the-charts, watered down Nashville pop. Think covers of classic 1950s honky-tonk, covered on modular synths and custom electronic instruments. The instrumental lineup for Owen Lake:

Owen Lake (jeff snyder) – voice and manta
Penny Hunt (kate soper) – voice and synthesizer
Tommy Byrd (matt hough) – voice and guitar
Frank Arnold (spencer russell) – bass
Buck Flash (alex ness) – live video

But alongside his love of country music, bandleader Jeff Snyder moonlights as inventor. His Manta is a fascinating new small-run, boutique touch controller with a hexagonal layout. I had been meaning to check out the Manta anyway. (Its design has caught the eye of folks like Cycling ‘74 engineer Darwin Grosse, one of the key minds behind Max.) Now I get to see it in person, with a full electro-country band behind it. Expect a full report thereafter.

Just don’t get too rowdy with the beers and start tossing them at the band in excitement, like that scene from The Blues Brothers. (Ah, though maybe we should put all these players together and try to cover “Stand By Your Man.”)

The hardware project:
http://www.snyderphonics.com/

The band project:
http://www.owenlake.com/

Gesture-Controller Exploration, by Matt + Lisa

Gesture-Control Deomonstration from Mouse & the Billionaire on Vimeo.

M Bethancourt wowed us at a previous event with an elegantly-designed gestural controller. Such devices are hardly new, fundamentally, but the GCe3 is beautifully refined, in a gorgeous wood housing. Since then, Mouse and the Billionaire (aka Matt + Lisa, though I’m not sure which one is which) have been practicing – because it’s not only the invention of the thing, but practicing on it to get good. Here’s what they’re up to:

The Gesture-Controller Exploration is a study of innovative musical instrument / controllers that investigates the relationship between movement, physical space and musical performance. The most recent incarnation, the GCe3, combines a musical software suite built in Max/Msp with an intuitive physical form to create a rich musical experience. Dipping, swinging, swaying, tilting, and turning the The Gesture-Controller sends signals to the computer running the audio software, informing its sound-making functions. This allows for a more satisfying performance, leveraging the power of the computer and helping the electronic musician to use physical means to create and manipulate digital electronic sounds in new and interesting ways.

http://www.mouseandthebillionaire.com/gce/
http://vimeo.com/tag:gesturecontrolexploration

The Event

Event details

http://handmademusic.noisepages.com/

on Facebook

Bonus! Saturday we’re hanging out with Babycastles, the indie arcade, and the folks of Loud Objects, chip-programming sound scientists. Bring a soldering iron (if you own one; if not, it’s a worthy investment), and stop in for hacking controllers and making one-button objects. Previous details | on Facebook

Artist and design Yoshi Akai (no relation, as far as I know) treats analog electronics as an art form, a sculpture, an instrument, and an exercise in interaction design, all wrapped in the velour of vintage hardware design. For everyone who misses the deco elegance of meticulously-engraved surfaces and tastefully-appointed enclosures of early-century electronics, Yoshi’s work will be a special treat.

These aren’t just pretty boxes, though: they work as instruments. A prolific inventor with a background in textiles and design, Nagoya-born Yoshi Akai has spun out countless playful experiments in musical interaction, and all make fascinating sounds. There’s a turntable that scratches Swedish rye crackers as though they’re records, a step sequencer made from a telegraph, thumb-controlled instruments, and various synths, noisemakers, effects, and drum machines, some quite practical. Some emphasis electrical, analog sounds, while others go chip/8-bit in timbre. All look beautifully handmade, with some tending toward luxurious front panels while others flaunt intentionally disorganized arrays of knobs.

(Just don’t say the word “steampunk” — the designs seem to be to be placed pretty firmly in the electrically-powered early 20th Century, and there’s even a reference to Czech proto-science fiction landmark R.U.R..)

Yoshi Akai Artist Site + Gallery

MrYoshiAkai YouTube Channel

There are many models, so it’s worth investigating the full YouTube gallery and his site gallery. I’ll call attention to the two most theatrical. First, LEGO blocks form the playing pieces for a musical sequencer. That’s fitting: Ableton CEO and founder Gerhard Behles once revealed to me that he adored playing with LEGO blocks as a child, a design element that resurfaces in the sequencer he helped design. LEGO blocks are modular, they’re playful, they’re neatly color-coded, and because of their shape and interchangeable design, they easily represent blocks of sequenced time in music.

Here’s a video of the LEGO sequencer in action:

The Wireless Catcher produces rawer sounds than some of Yoshi’s creations, but you can’t beat its whimsical presentation and unusual conception. This isn’t just another Theremin-style device, either: the creation intentionally sucks up the wireless radio activities happening around you. Adjusting the angle of the device causes it to receive different sounds. In an age when wireless interference and overcrowded spectrums threaten to shut down even digital technology, this is one of the few instruments I’ve seen that makes interference the signal, rather than background noise. This could be what we’re all playing wirelessly as the spectrum continues to fill up.

I knew those Knäckebröd Swedish rye crackers would be good for something. See how neatly they fit on a turntable?

The Body, The Circuit, The Computer and The Voice: robot cowboy from STEIM Amsterdam on Vimeo.

If you want to look for some of the roots of live electronic musical performance, STEIM is one place to start. Founded in 1969 by a group of Dutch composers (Misha Mengelberg, Louis Andriessen, Peter Schat, Dick Raaymakers, Jan van Vlijmen, Reinbert de Leeuw, and Konrad Boehmer), and led by the late “founding father” Michel Waisvisz, it has remained an important hub for inventing music technologies. It was one of the first places that gave an indication that these kind of experiments could extend beyond academic labs into grassroots DIY movements and DJ/VJ club culture alike.

Amsterdam has been looking to do a Handmade Music series for a while, and this Wednesday we kick it off. There’s a huge lineup, so I’m packing two video cameras and one audio recorder into my luggage today before flying out.

You can check out the whole lineup on the STEIM blog, for a sense of what the Dutch DIY community is up to:
Feb 17 2010: Hotpot Lab #2 – Handmade Music Amsterdam

The event is Wednesday night; doors open at 20:00 and it’s free. See the STEIM concerts page.

I’ll also be doing an informal “State of the Union” address on the state of DIY tech, where things might go, and where people may get involved – and most importantly, what we can do to make these developments musically productive. One of the things that came out of comments last week is that we need better documentation. If people want to get involved in a broader community, outside even our traditional music community, DIY platforms for software and hardware must first be better documented, more usable, and more accessible.

Anyway, I’m thrilled to have a chance to bridge New Amsterdam (NYC) with Old Amsterdam, and start that conversation by listening and learning from a great group of people. Stay tuned.

We’ll have some guest posts through the week while I’m traveling, as well, and I’ll be back on home soil next week.

RFID tags may have negative privacy associations when they’re used without someone’s knowledge. But embed these simple identifiers intentionally, and they can be a cheap, flexible way of tagging the world around you. Add OSC support with a free tool, and you can make anything into a basic music controller. That’s what Martin Kaltenbrunner – best known for his work on the ground-breaking ReacTable music table – has done with his own free software. It’s simple enough that you can easily make use of it, or take it as an opportunity to brush up on OSC and Pd.

This sort of odd, out-of-the-blue example is the perfect illustration of why OSC matters. Quietly, gradually, OSC is describing the world around computers in intelligent ways. In contrast to MIDI, with its resolution limits and arbitrary categories (vibrato rate?), OSC can standardize anything. What previously required advance standardization can now be truly open and even improvisational. The old way of standardizing: go in front of some sort of committee for approval. (RFID tags for music? Not likely.) The new way: go ahead and do the implementation, gather feedback, and if it works, other people will follow your specifications to ensure their stuff works with yours. In this case, Martin plans to add the RFID tagging to his TUIO2 protocol, which made what would have been just a cool one-off project (ReacTable) into a viral phenomenon of work with touch and tangible input. Martin writes:

I just released a new application, which intends to simplify the construction of tangible user interfaces based on RFID readers. Using this tool, the RFID add/remove events can be processed by any OSC
enabled application.

You can download the nfOSC tool from here:
http://code.google.com/p/nfosc/

The demo video shows the nfOSC application used together with the quite affordable touchatag RFID reader. A simple PD example patch receives OSC messages from nfOSC and starts a sample loop, when an RFID tag is detected by the reader device, the loop is stopped when the according tag is removed.

At the moment this tool just defines two simple ADD and REMOVE messages including the RFID tag IDs, but I am planning to integrate the tool into the future TUIO2 toolkit.

On its own, of course, it’s a simple hack, but I can imagine this having powerful implications when used in combination with another control method. And if you like the way the implementation works, you could use this same technique to apply to some other controller.

Eat your heart out, Ableton/Serato The Bridge.

Native Instruments’ Traktor runs four decks at once without breaking a sweat, and there are various ways of incorporating sampling, scratching, and vinyl in a live rig that are pretty easy to set up. But lately we’ve seen some unusual options to build more elaborate setups. Rane even offers a digital mixer with two USB ports so you can, among other things, get four decks in Serato by running two computers at once. (Hey, never knock the brute force method of solving a problem.) And The Bridge, introduced to great fanfare by Ableton and Serato, synchronizes the transport and basic set information between Live and Serato. That’s to say nothing of the solution of using Ms. Pinky inside Live.

But none of this compares to Ilan Kriger’s method of getting four “decks” out of Ableton Live. He simply runs four complete instances of Live — one copy of Live 5, one copy of Live 6, one copy of Live 7, and one copy of Live 8 — in order to spread them out like the four decks in Traktor. (I’m not even going to ask Ableton whether this violates your license. Maybe you could start selling Live six packs?)

He uses a Mac for the job, but a PC should work, too. (Actually, that’d be an interesting performance comparison; you’d need to make sure your ASIO drivers on PC allow multiple apps to access the same interface.)

Go ahead. Hit the comment button. Tell us that this is an insane, impractical solution to the problem. (Really? Wow, I … didn’t … expect you to react that way. I must have entirely missed that.)

And good work, Ilan. Now, Ableton engineering teams, see how important the work you do on each release is? You never know when someone will run all of the different iterations you’ve built over the past four years at one time. Got it?

I think we need to invent a new prize for Only Because It’s There ingenuity. Suggestions? What should the trophy look like?

Ilan’s setup, blogged and translated by Google from Portuguese into English
Original Português

It’s a “tutorial,” in case you want to replicate the results. (In which case, I’ll have what you’re having.)

I will say this: inter-application communication is important, even if this isn’t the most practical example.

Original video (Português):

The Machine Orchestra explodes the idea of a laptop orchestra, building a full-blown machine ensemble of the future. We turn to guest writer Jordan, a member of the ensemble, to look behind the scenes in a couple of articles. Rejoin us for part two later this week. -Ed.

Welcome to the world of Dr. Ajay Kapur and Michael Darling, the two California Institute of the Arts (CalArts) professors behind a novel laptop powered ensemble, the KarmetiK Machine Orchestra. Inspired by the work of visionary laptop ensemble pioneers and long-time friends Dan Trueman, Perry Cook (PLORk) and Ge Wang (SLOrk), Kapur has assembled a powerhouse of technical minds and creative musicians to create a laptop group unique in its own right. Backed by Kapur’s background in Musical Robotics and sensor systems, and Darling’s years of experience in technical theater design and mechanical engineering, the Machine Orchestra is taking the “laptop ensemble” into new territories.

With both the recent posts on musical robotics here on CDM and the debut of the Machine Orchestra at REDCAT / Walt Disney Theatre (LA) just days away, what better time to introduce the Machine Orchestra? The following is the first of a series of posts which I will be guest-writing here at CDM on the creation of the Machine Orchestra, the artists behind it, and the all-new undergraduate powerhouse that is the CalArts Music Technology: Intelligence, Interaction, and Design (MTIID) program.

For today’s article, I got to sit down and pick the minds of the conductors themselves, so without further ado, welcome Ajay Kapur and Michael Darling.

KarmetiK Machine Orchestra – REDCAT Preview from KarmetiK on Vimeo.

J.H: Ajay, How did you get started with musical robotics?

A.K: I was fortunate enough to study with Eric Singer in Brooklyn with LEMUR. He taught me the world of microchips and introduced me to mechanical engineering (Eric, thanks for showing me how to use a mill). Two years later, I crossed paths with the world-famous Trimpin, who has changed my life forever. Completely inspired, I began building my first robot, the MahaDeviBot—a robotic percussionist that models an Indian Goddess with 12 arms playing multiple instruments.

J.H: What is the Machine Orchestra?

A.K: The Machine Orchestra stems from the idea of localized sound. Inspired by the hemispherical speakers used by PLOrk and SLOrk, our goal is to take localization a step further, by distributing robots and instruments throughout a venue so that the audience can see and hear how the sounds are being created on stage. My aesthetic involves the physicality of performance– showing the audience what the electronic performers are doing through the use of gestural interfaces and robotic kinetics. The Machine Orchestra debut on Jan 27 has over 10 performers, 43 actuators, and 65 speakers. Very exciting. Check out our website for a detailed description of what to expect.

J.H: Michael, how did you get involved with Ajay and what is your involvement in The Machine Orchestra?

Michael Darling: Well this whole thing started as random conversations and a student’s idea. My student Matt Setzer had been using the programming and interface techniques he was getting from Ajay and the fabrication skills he was getting from me in his personal art making. After Matt forced Ajay and I to meet, what I remember from our first meeting is that we met in a hallway, walked down the hallway, and by the end of our short walk we had hatched a plan of collaboration …In the Machine Orchestra, I mentor and direct the physical and tangible aspects of the project. At this point, I create the physical armature that lets the robotic instruments perform. I also teach and guide the exploration and development of the design, mechanical and structural aesthetic. I am working with Jeremiah Thies (CalArts Theater Faculty) who has brought us his expertise in video design and technology.

J.H: What is the visual aesthetic of The Machine Orchestra?

M.D: When I started in on this project Ajay had already been building robot instruments for some time and was using a product called 80/20 which is basically industrial LEGO. It worked great except for the fact that it looked like 80/20 and that drove me crazy… I have always seen these robots as individualized organic forms and the construction of them to be an additive process with each aspect building off the next. At this point, we are trying to hide the fact we are making this out of scrap and surplus. I think we are still looking for what will physically make the Machine Orchestra look like “ours”.

J.H: What might we expect from the Machine Orchestra in the future?

A.K: This project is ready to tour. After our show in January, I hope we can start performing all over the world. We have made all the robots travel-ready and they can fit in suitcases…coming to a city near you! We also have 3 new robots in the works, but what they are remains a secret :).

Apple added the ability to connect custom hardware to its iPhone and iPod touch platform last year, so it was only a matter of time before someone made a music hardware interface. Ion Audio, the budget brand of Numark/Alesis/Akai, gets there first, with the Ion iDISCOVER Keyboard. It docks your Apple mobile into a case with a 25-key MIDI keyboard, pitch and mod wheels, and preset buttons for patch and octave changes.

http://www.ionaudio.com/idiscoverkeyboard

It’s just what many of us wondered when we first saw Apple’s hardware SDK; David Battino even suggested this very idea.

Of course, there is a slight problem. Part of the whole advantage of the iPhone is its mobility, which a huge honking dock tends to kill. (For less money, you could just plug a keyboard into your Mac, or buy a low-end CASIO or Yamaha keyboard.)

And then there’s the fact that most of the interesting music apps on iPhone don’t use MIDI keyboards. Ion has to provide their own app to fill the gap, which also makes me wonder whether this will work with any other software; I’m guessing not, but I’ll find out. Update: Word from the CES show floor is that Ion plans to open this developers; whether that’s anyone or just partners or even decided yet, unknown, though I hope to snag them at NAMM. Us hard-core geeks would naturally have preferred a standard MIDI interface, so you could use unusual sequencing apps with hardware synths. (Never mind; I’ll take a MIDI Command, instead.)

That raises another question, though — all due kudos to Apple for providing a hardware interface. When will we see third-party hardware support on a platform like Google’s Android? It seems the “open” philosophy of the platform would be best served by an open approach to hardware, too, and technically speaking, the job wouldn’t be that hard, thanks to the fact that Android runs a standard Linux kernel. That could allow any kind of controller — mass-produced or homemade — you want.

I’ve got lots of questions about the iDISCOVER, though; I’ll try to track down answers this week at NAMM. I’m not quite sure who would want this particular product, but it does raise some interesting issues about mobile music tech, especially given the earlier discussion this week.

Thanks to Derek Dumais for the tip. Oddly, Ion seems to have their own version of Akai’s mini-keyboard, too; it seems to be white instead of black but otherwise appears identical. (Consumers want white, pros want black?)

Legendary artist Pat Metheny has gone to robotics for his next album, and you can finally see a first glimpse at what the results look like. The Orchestrion is a project by the musical robotic specialists LEMUR (League of Electronic Musical Urban Robots).

That’s all I’ll say for now, but I definitely will be working to cover this story in more detail.

After more than a year of work and collaboration, I am extremely excited to tell you about the Orchestrion Project. In 2007, 17-time Grammy-winning jazz artist Pat Metheny came to LEMUR with the idea to produce an album and tour backed entirely by robotic musical instruments. This led to a year-long project where we produced an orchestra of nearly 40 robotic instruments, including GuitarBots, mallet instruments and a large array of percussion. These instruments, augmented with several instruments by other roboticists, comprise the Orchestrion, a robotic orchestra entirely under Pat’s compositional and improvisational control.

Pat spent the better part of 2008 composing for and recording with these instruments. The result is a new album entitled Orchestrion, scheduled for release on January 26, 2010. I’ve had the pleasure to preview the album and see Pat perform in studio with the Orchestrion. I and others who have heard and seen the Orchestrion Project believe it is some of the best music Pat has ever produced.

From February to May 2010, Pat will be touring the world with the Orchestrion. I am eagerly looking forward to the tour and the exposure it will bring to our art form and the great music produced by Pat Metheny with these instruments. When Orchestrion comes to your city, it is a performance not to be missed.

I would like to personally thank all of the LEMUR artists and apprentices who worked on this project. I especially want to thank Leif Krinkle and Boris Klompus – without their hard work and dedication, the extraordinary results we achieved would not have been possible.

This project, along with other projects, performances and installations we’re working on in New York and Pittsburgh, should make 2010 a banner year for LEMUR. I hope we’ll have the opportunity to share our work with you.

We’ll have the album on January 26, and the tour in February.

Thanks to Brian Cass of the Overclock Orchestra.